In recent years, with the rapid development of large language models and perception technologies, AI robots are gradually moving from “science fiction” to “reality”, capable not only of conversing but also of performing tasks, moving around, and even possessing the ability to “think” and “judge”.
So, what exactly can a modern AI robot do? Let’s reveal them one by one π
β 1. Intelligent Conversation: Not Just Chatting, But “Understanding You”
Many people’s first impression of AI robots is that they can talk. Thanks to the support of large models like ChatGPT, Claude, and Wenxin Yiyan, today’s AI robots are no longer just “stiff responders”:
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They can understand contextual nuances, allowing for seamless conversations
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Support multilingual communication and can translate in real-time
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Can simulate different roles and tones, chatting with you like a friend
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With memory functions, they can also “remember who you are and what you’ve said”
They shine in fields such as education, customer service, and companionship β¨
β 2. Image Recognition and Visual Perception: Able to “See” the World
With the help of computer vision and multimodal large models, AI robots can not only hear you but also see the images you show them.
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πΌ Recognize objects, faces, emotions, and text in images
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π· Support real-time camera input to recognize dynamic environments
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π§ Can “describe images”, “analyze videos”, and even “generate images”
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πΆ Combine with AR/VR devices for spatial navigation and object localization
For example: Let your home AI assistant check if your cat is sneaking snacks π±.
β 3. Action Execution and Task Collaboration: Not Just Talking, But “Doing”
This is the key to AI robots moving from “virtual” to “real” β they can move!
Different types of execution capabilities include:
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π¦ΏMobility control: Wheeled, quadruped, and humanoid robots can walk flexibly and navigate obstacles
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π¦ΎRobotic arm control: Capable of handling, grasping, cleaning, assembling, and even making coffee
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π§ Action planning: Can automatically break down tasks into steps to complete complex operations
For example: UBTECH’s Walker X can serve water and pour tea, Figure Helix can pick packages in a warehouse, and Unitree’s G1 can dance and even box!
β 4. Emotional Companionship and Interaction: More Like a “Friend” Than a “Machine”
Many AI robots not only perform tasks but also have a special “warmth”:
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Can recognize tone, facial expressions, and speech speed to assess emotional states
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Equipped with an “emotional computing model” to actively comfort and encourage users
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Featuring a “human-like expression system” and voice modulation for more natural communication
For instance: Emo AI robots can read picture books with children, and Wanda robots can chat with the elderly in care settings.
β 5. Multimodal Interaction and Knowledge Utilization: From “Doing” to “Using Tools”
Truly powerful AI robots rely on their “tool capabilities” and “information integration” abilities.
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Can access external databases and APIs for information retrieval
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Can understand documents, spreadsheets, and PPTs to assist with office tasks
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Multimodal input: images + voice + actions + code, flexibly handling complex tasks
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Paired with AI search engines (like Kimi, Perplexity), providing more accurate real-time Q&A
They are becoming “super assistants”: capable of writing reports in the living room and frying eggs in the kitchen!
β 6. Autonomous Learning and Self-Correction: Getting Smarter with Use
Through techniques like imitation learning, reinforcement learning, and world modeling, AI robots gradually acquire:
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Self-correction: Can instantly adjust actions when mistakes occur
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Few-shot learning: Can learn new tasks after seeing them just a few times
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Continuous learning: Continuously optimizing their strategies during use
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Embodied intelligence: Integrating perception, cognition, and execution to think and act “like a human”
For example: UBTECH’s Wanda 2.0 can learn new tasks with just 5-10 demonstrations, and Galbot can adapt to different operational environments in real-time.
𧩠What Scenarios Are Using AI Robots?
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π Home: Cleaning, companionship, learning, cooking
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π’ Office: Meeting notes, document processing, virtual assistants
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π Factory: Material handling, transportation, quality inspection, labeling
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π Patrol: Security, monitoring, emergency response
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π¨ Education and Cultural Tourism: Interactive tours, teaching assistance, AI narrators
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π§β Healthcare: Rehabilitation companionship, nursing assistants, medication delivery robots
In the future, we can foresee that there will be a place for them in every scenario.
π In Summary:
AI robots are not “talking machines”, but “assistants with perception, cognition, and action capabilities”!
With the continuous advancement of large models, sensors, and edge computing power, robots will become like “thoughtful beings”, walking alongside you.
Which type of AI robot are you most looking forward to entering your life? Let us know in the comments below π
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